mvr evaporation system
Found 45 Products
54T/H Two Stage MVR Heat Pump Distillation System With Steam Compressor
Fully Customized 54T/H Two-Stage Heat Pump Distillation System with Steam Compressor The fully customized 54T/H two-stage heat pump distillation system uses a steam compressor with an inlet steam temperature of 94, pressure of 0.5Mpa, exhaust temperature of 143, pressure of 1.6Mpa, medium R123, installed power of 630KW, single ton steam consumption of 10kw*h, and mechanical seal. Compressor Specifications Gear speed integrated multi-stage compressor, imported guide vane pre
30T/H Mechanical Vapor Recompression MVR Centrifugal Multistage Compressor
Steam Compressor for 30T/H Two-Stage Pipeline Boosting System On-site drawing of steam compressor for specialized 30T/H two-stage pipeline boosting system in fully customized new energy enterprises. The machine features an inlet steam temperature of 142C at 0.38Mpa, exhaust temperature of 185C at 1.2Mpa, installed power of 2800kW, and electricity consumption of 83kWh per ton of steam. Product Features Gear speed integrated multi-stage compressor with imported guide vane
Centrifugal Compressor Multistage MVR Compressor High Pressure Compression Solutions
Multi-Stage Compressor: Custom High-Pressure Compression Solutions As the core equipment for high-pressure industrial gas processing, multi-stage compressors utilize multi-stage series compression and inter-stage cooling technology to maintain optimal pressure ratios. This significantly reduces exhaust temperature, improves volumetric efficiency, and minimizes power consumption while ensuring stable operation under high-pressure conditions. Custom Engineering & Selection
OEM Reaction Steam Turbines MVR Small Steam Turbine Power Plant
Reaction Steam Turbine Series The entire series of reaction steam turbines utilize alloy steel rotors, delivering continuous safe operation for over 8000 hours with exceptional reliability and performance. Technical Specifications Our reactive steam turbines feature high chromium molybdenum vanadium alloy steel rotors (Cr-Mo-V series: 0.20-0.30% C, 0.80-1.5% Cr, 0.80-1.5% Mo, 0.50-0.90% V) manufactured through integral forging or welding processes. These rotors achieve yield
Two Stage Steam Compressor Mechanical Vapor Recompression MVR Compressor
Steam Compressor for Fully Customized Two-stage Series Ammonia Removal Distillation System Special Environment Motor Bearing A fully customized two-stage steam compressor designed specifically for extreme chemical environments, integrating explosion-proof motor bearing systems, water-cooled constant temperature compression architecture, and intelligent variable frequency control. It specializes in high corrosion and high humidity ammonia distillation conditions, achieving
6T/H Steam Compressor Heat Pump System MVR Single Stage Centrifugal Compressor
Special Environment Fully Customized 6T/H Single-Stage Two-Stage Heat Pump System A steam compressor for a special environment fully customized 6T/H two-stage heat pump system, featuring maglev high-speed motor technology and advanced control systems. Technical Specifications: Inlet Steam Temperature: 35.5/29 Inlet Pressure: 0.186/0.145 MPa Exhaust Temperature: 46/43.5 Exhaust Pressure: 0.26/0.24 MPa Medium: R1233ZD Installed Power: 40 kW Single Ton Steam
Distillation Chemical Steam Compressor 3T/H 2 Stage Centrifugal Compressor
Fully Customized Distillation Chemical System with Steam Compressor This fully customized distillation chemical system utilizes a steam compressor for a 3T/H two-stage series deamination distillation process. The system features: Inlet steam temperature: 85C Inlet steam pressure: 57.8 Kpa Exhaust temperature: 115C Exhaust pressure: 170 Kpa Installed power: 300 kW Power consumption per ton of steam: 65 kWh Compressor Specifications Gear speed integrated multi-stage
Magnetic Levitation Centrifugal Air Compressor Station High Speed
High Standard Fully Customized Magnetic Levitation High-Speed Centrifugal Air Compressor Analysis of numerous chemical energy-saving renovation projects demonstrates that implementing energy-saving renovations for efficient equipment and process systems delivers significant economic benefits with short investment recovery periods. Our mature, reliable renovation technology ensures safe operation while providing substantial cost savings. Clean electric energy-driven power
OTP Organic Working Fluid Turbine Expander Turbo Expander Generator Customized
OTP Organic Working Fluid Turbine Expander Free calculation of heat source parameters with customized exclusive waste heat power generation solutions. The OTP organic working fluid turbine expander serves as the core power unit of low-temperature waste heat power generation systems, utilizing organic Rankine cycle (ORC) technology to efficiently recover industrial waste heat (including smoke, cooling water, steam condensate) at 80-300C and convert it into electrical energy.
Geothermal Biomass Organic Rankine Cycle Generator ORC System
Geothermal/Biomass Power Generation with ORC Organic Rankine Cycle System System Overview Geothermal and biomass energy, as typical low-grade renewable energy sources (80-300C), have established mature technological pathways and engineering paradigms globally through efficient collaborative power generation using organic Rankine cycle (ORC) systems. The system utilizes environmentally friendly organic working fluids such as R245fa and R1233zd(E), combined with high
Customized Supercritical CO2 Turbine Generator Supercritical Co2 Gas Turbine Generator
Supercritical CO Turbine Compressor Generator Set Product Overview The new generation of supercritical CO turbine compressor generator set is engineered for grid peak shaving requirements and perfectly matches the fluctuation characteristics of wind and solar power generation. This advanced system represents a breakthrough in flexible peak shaving technology. Technical Description As a new generation of flexible peak shaving core equipment, the supercritical carbon dioxide
7T/H Mechanical Vapor Recompression OEM Two Stage Centrifugal Compressor
Fully Customized Distillation Chemical System with Steam Compressor This fully customized distillation chemical system utilizes a steam compressor for a 7T/H two-stage series deamination distillation system. The system operates with inlet steam temperature of 79C at 45.5Kpa pressure, and exhaust temperature of 114C at 163.7Kpa pressure. The installed power is 800kw with power consumption of 70kw*h per ton of steam. The system features a gear speed integrated multi-stage
